Best PCE Instruments products in the Metrology category
On this page you'll find a ranking of the best PCE Instruments products in this category. To give you a quick overview, we've already ranked the most important information about the products for you.
1. PCE Instruments Revolution counter
PCE-DT 50 hand-held tachometer up to 99,999 rpm / automatic mode / MAX/MIN/AVG mode / illuminated LCD / data hold function The PCE-DT 50 hand-held tachometer in the shape of a pistol is ideal for quickly checking rotational speeds. This hand tachometer measures the rotational speed of moving objects such as shafts, drives, pinions, etc. without contact. To do this, the hand tachometer uses a laser that emits light and a receiving diode that detects the light-dark contrast of the reflected light. The hand tachometer measures the speed in the range of 2.5 . 99,999 rpm (RPM). The speed is shown on the illuminated display of the rev counter. The measuring distance of the hand tachometer is 50 . 500 mm. 2 different measuring modes are available in the hand tachometer: A manual measuring mode and an automatic measuring mode. In manual measuring mode, the hand-held tachometer measures as long as the trigger is pressed. In automatic mode, the measurement continues until the automatic mode is ended. For further evaluation of the measured values, a MAX, MIN, AVG mode is available in the hand tachometer. This mode automatically determines the maximum, minimum and average measured value.
2. PCE Instruments PCE-EMD 10 Panelmeter 0 to 99.9 % rH
The built-in measuring instrument can be connected to up to four external temperature and humidity modules. The temperature measurement range for the sensors of the built-in measuring instrument is 32.0 - 122.0 °F, and the humidity measurement range is 0.0 - 99.9 % r. H. The power supply is provided via a mains connection of 110 - 220 V AC. The integrated sensor supply can power the connected sensors with 12 or 24 V DC. Once the sensors are connected, they are automatically recognized by the built-in measuring instrument. Communication between the sensor modules and the built-in measuring instrument occurs via an analog 4 - 20 mA signal. If multiple sensors are connected, the average measurement value of all sensors is displayed. Thus, the built-in measuring instrument is used in event halls, restaurants, or public buildings to monitor environmental conditions. The installation of the built-in measuring instrument and the sensor module is done on a wall. If necessary, the built-in measuring instrument can be mounted on a monitor bracket with mounting dimensions of 75 x 75 mm for optimal alignment. Optionally, the built-in measuring instrument can be equipped with an ISO calibration certificate.
3. PCE Instruments Netz-Analysegerät 3phasig, 1phasig mit Loggerfunktion, inkl. S
The power measurement device measures current and voltage values using the connected current transformers and measuring cables. From this, the active, reactive, and apparent power is determined and transmitted to an end device via Wi-Fi in real-time. The data is stored historically and can then be analyzed in tabular or graphical form. Additionally, it is possible to export the measurement results to an end device. Measurements with the power measurement device are carried out using Rogowski coils or clamp-on current transformers. If there is no internet connection, the data can be recorded in the built-in 32 GB SD card memory as a CSV file for later processing. Even with second-by-second recording, the duration of recording exceeds one year. There is also the option to periodically send the CSV files via email, upload them to a server via FTP, or transfer them to the measurement platform after the measurement is completed. Interaction with the power measurement device primarily occurs via Wi-Fi and web browser or through an app. The power supply and measurement are conducted using magnetic measurement probes or connection terminals. The power measurement device can be connected to any main and sub-distribution as well as to devices and systems without interrupting the power supply. Thanks to its magnetic housing back, the power measurement device can be attached to any metallic surface. Managing the power supply is of utmost priority. Without measuring consumption and capturing instrumental values such as current, voltage, frequency, and power, improving efficiency is hardly possible. The energy measurement device enables monitoring of total energy consumption and helps reduce energy costs.
4. PCE Instruments PCE-PA 8000 Mains analyser
HVAC measuring device PCE-PA 8000 with data storage on SD card and PC interface. The ammeter with current clamps PCE-PA 8000 allows for the measurement and recording of power in single-phase and three-phase circuits. Long-term measurements can be conducted with the ammeter PCE-PA 8000. The measuring device stores the measurement data on a removable SD card in XLS format, making it easy to analyze the data on a computer. The recording interval can be freely selected from 2 to 7200 seconds. The energy meter is capable of performing energy measurements as well as determining the power factor and phase angle. The current clamps of the power analyzer PCE-PA 8000 can be used for conductor diameters of up to 50 mm, making the measuring device well-suited for use in the power supply network. The large 3.7-inch display allows all measurement values to be read at a glance, enabling quick analysis of the current measurements and providing an overview of current, voltage, and the power consumed.
5. PCE Instruments PCE-EMD 5 Panelmeter 0 to 50 °C 0 to 99.9 % rH
The built-in measuring instrument can be connected to up to four external temperature and humidity modules. The temperature measurement range for the sensors of the built-in measuring instrument is from 0.0 to 50.0 °C, and the humidity measurement range is from 0.0 to 99.9 % relative humidity. The power supply is provided via a mains connection of 110 - 220 V AC. The integrated sensor supply can provide the connected sensors with 12 or 24 V DC. Once the sensors are connected, they are automatically recognized. Communication between the sensor modules and the built-in measuring instrument occurs via an analog 4 - 20 mA signal. If multiple sensors are connected, the average measurement value of all sensors is displayed. Thus, the built-in measuring instrument is used in event halls, restaurants, or public buildings to monitor environmental conditions. The installation of the built-in measuring instrument and the sensor module is done on a wall. If needed, the built-in measuring instrument can be mounted on a monitor bracket with mounting dimensions of 75 x 75 mm for optimal alignment. Optionally, the built-in measuring instrument can be equipped with an ISO calibration certificate.
Metrology
CHF859.95
PCE Instruments PCE-EMD 5 Panelmeter 0 to 50 °C 0 to 99.9 % rH
Measuring device case
6. PCE Instruments PCE-SG antifreeze refractometer
Measuring device for determining the antifreeze content in aqueous solutions. With this measuring device, you can quickly and accurately determine the antifreeze content in your systems and machines. This handy refractometer measuring device is used in both industry and the automotive sector. Simply place a small amount of the liquid on the prism, close the lid, and read the scale to see if you have achieved sufficient antifreeze for the selected liquid. If necessary, add a little more and then conduct a new test with the measuring device.
7. PCE Instruments Temperature Data Logger Accelerometer
This data logger is therefore excellent for monitoring vibrations in machines while simultaneously measuring and recording significant environmental conditions of the system. Manufacturing or processing machines, such as a multi-axis milling machine, do use significantly improved drive units; however, the data logger can still capture the basic vibration behavior of the machine and subsequently record the development of vibrations over time. This allows for the assessment of the milling machine's vibration behavior at short intervals and helps in locating emerging sources of errors.
8. PCE Instruments PCE-T 420 PCE-T 420 temperature data logger Measured variable Temperature
The 4-channel temperature measuring device for thermocouples allows for the simultaneous display and archiving of multiple temperature sensors. Up to 8 different types of thermocouples can be connected to the 4 channels of the temperature measuring device. Notably, the device offers high accuracy, especially with type K thermocouples at ± (0.04 % + 0.3 °C). The measurement overview of the 4-channel temperature measuring device provides a quick glance at the 4 displayed temperatures. In another view, the maximum, minimum, and average values since the start of measurement are shown. Additionally, each channel can be compared with all other channels, displaying the current measurement value of the channel and the difference of the other channels to the reference channel. The 4-channel temperature measuring device can store up to 100 data sets, each with a maximum of 100,000 measurement values. Adjustable alarm limits for upper and lower temperature values can highlight the measurement value in red. With the included PC software, the stored data from the 4-channel temperature measuring device can be imported and graphically represented, analyzed, and archived. The 4-channel temperature measuring device for thermocouples is particularly suitable for areas where temperature monitoring is important. Potential applications include monitoring ovens, development processes involving temperature-sensitive components, or laboratory experiments. We also offer many additional thermocouple sensors for the 4-channel temperature measuring device, which can be found in the accessories.
Metrology
CHF407.95
PCE Instruments PCE-T 420 PCE-T 420 temperature data logger Measured variable Temperature
Thermometers
9. PCE Instruments PCE-LTD 100 Temperature Data Logger -80 to +70 °C
The Cryo Data Logger PCE-LTD 100 can record temperatures ranging from -80 °C to +70 °C. The prefix "cryo" comes from Greek, where "kryos" means cold. Cryo data loggers are devices that can measure and record particularly low temperatures. With a measurement range starting at minus 80 °C, the Cryo Data Logger PCE-LTD 100 is suitable for temperature monitoring during the transport and storage of blood plasma, vaccines, and dry ice made from solid carbon dioxide. Especially during the transport of vaccines related to Covid-19, providing evidence of a consistently maintained cold chain from production to vaccination is crucial. Since some vaccines must be transported at very low temperatures, this also requires the use of specially designed measuring technology. Vaccines that need to be stored at -70 °C, for example, are partially transported in specialized containers with dry ice. Due to its robust and compact design and a special battery adapted to the conditions, the Cryo Data Logger can be easily used in various cooling containers and refrigeration devices. The high protection rating of IP 67 ensures that water and foreign objects cannot penetrate the Cryo Data Logger, allowing for thorough and hygienic cleaning. The special battery is suitable for low temperatures but has a significantly shorter runtime at extreme temperatures. At temperatures between -80 °C and -70 °C, the Cryo Data Logger can store measurement data at 15-minute intervals for up to 30 days with this battery. The highest accuracy of the Cryo Data Logger is ±0.5 °C in the temperature range of -30 °C to +70 °C. In the range of -80 °C to -31 °C, the accuracy is ±1 °C. The Cryo Data Logger has an internal memory for 17,280 measurement data points.
10. PCE Instruments PCE-DRC 2 Digital refractometer PCE-DRC 2
Waterproof digital Brix sugar refractometer for determining sugar content. Measurement parameters: Brix, refractive index, 0.50% Brix, 1.3330 - 1.4200 nD, with temperature compensation.
The easiest way to determine how much sugar is present in a liquid is by using a digital Brix sugar refractometer. The digital Brix sugar refractometer from PCE Instruments is a handheld device specifically designed for precise analysis of sugary solutions. This allows the user to easily conduct quality control and check the sugar concentration in a liquid with the help of the Brix sugar refractometer.
The Brix unit of measurement is primarily used in the fruit industry and determines the relative density of liquids. The Brix sugar refractometer is a precision measuring device that relies on measuring the refractive index of a liquid, ensuring the highest reliability even under difficult measuring conditions. With just a small sample size, the user can measure the sugar content in a liquid using the Brix refractometer. To obtain a meaningful result, it is sufficient to place four to five drops into the funnel-shaped stainless steel well of the device. A prism is embedded in the sample well, and the sugar content is measured through light refraction.
The internal light source also allows for measurements under artificial lighting conditions. Artificial light can quickly cause measurement errors when using an analog Brix sugar refractometer. The ambient temperature has a significant impact on the measurement result. The temperature influence during use is internally compensated by the Brix sugar refractometer. The measurement result is quickly and accurately displayed on the large, easy-to-read LC display of the Brix sugar refractometer after this automatic temperature compensation (10 to 40 °C).
